Abstract: the functions of a high speed sixteen bitshiftregister and parallel data input latches/flip-flops , . The sixteen bit word will be parallel loaded into the ECL shiftregister and Bit 0 will appear at the , allows data into the part, the PARALLEL LOAD input loads data into the shiftregister, and the PIXEL , , hold the last bit of the shiftregister at a level chosen by the user white allowing the internal bits of the shiftregister to continue shifting. Another control input, ENABLE, causes the parallel

Abstract: high speed sixteen bitshiftregister and parallel data input latches/flip-flops required in high , transition on the PARALLEL LOAD input loads into the ECL shiftregister the sixteen bit word present at or , will be parallel loaded into the ECL shiftregister and Bit 0 will appear at the SO SERIAL OUTPUT , part, the PARALLEL LOAD input loads data into the shiftregister, and the PIXEL CLOCK input shifts data , shiftregister. Two other inputs, OUTPUT CONTROL and OUTPUT LEVEL CONTROL, hold the last bit of the

Abstract: , and Spartan-II architectures, a four-input LUT can also function as a 16-bitshiftregister with a single output accessed by the LUT's address lines. This 16-bitshiftregister function can be accessed , cascadable output (the 16th bit of the shiftregister.) XAPP220 (v1.1) January 11, 2001 www.xilinx.com , register as the new bit in the sequence. Tap D is the last stage in the shiftregister and so represents , the shiftregister taps over multiple cycles enables parallel access to four of the shiftregister

Abstract: 12th bit, the parallel output latch latches the data which has been written to shiftregister @ and , possible to read serial input data to a shiftregister while converting parallel data into serial data , immunity by applying silicon CMOS process. Because a 12-bit serial-parallel shiftregister and a 12-bit , register at the rising edge of shift clock. The shift clock on and after 13th bit is neglected and pin DO , data in order. (4) At the rising edge of CLK, 12-bit serial data is written from DI to shiftregister

Abstract: 4.5 to 5.5 TTL TTL 2S Back to Top l 'LS673 ¡ 16-Bit Serial-In, Serial-Out ShiftRegister with 16-Bit , The 'LS673 is a 16-bitshiftregister and a 16-bit storage register in a single 24-pin package. A , storage register is connected in a parallel data loop with the shiftregister and may be asynchronously , shift-register data to provide shift-register status via the parallel outputs. The shiftregister can be parallel , a 16-bit parallel-in, serial-out shiftregister. A three-state input/output (SER/Q15) port provides

Abstract: 8-bitparallel data of the shiftregister into the data latch. A high level inhibits data , shiftregister, that converts serial data loaded by the processor into 8-bitparallel data. The rising , shiftregister. Data Latch This is an 8-bit D-type transparent latch that holds 8-bitparallel data , internal shiftregister: A data bit on the SI pin is shifted into the MSB of the shiftregister at the , edge of SC (MB88308/9) shifts a data bit on the SI pin into the MSB of the shiftregister, each bit of

Abstract: semiconductor integrated circuit which has 12-bitshiftregister function to execute serial-parali el conversion and parallel-serial conversion. Because a serial-parallel shiftregister and a parallel-serial shiftregister are independently built in this IC, it is possible to read serial input data to a shiftregister , register at the rising edge of shift clock. The shift clock on and after 13th bit is neglected and pin DO , the rising edge of CLK, 12-bit serial data is written from Dl to shiftregister I. (5)CLK on and